One Platform. Different Ways to Put Water to Work.
The same q.wave technology can support very different applications. What changes is how water is being used — and what the system needs from it.
Better water for healthier growing.
In agriculture, water does more than irrigate. It carries nutrients through the soil and root zone and supports the plant throughout its growing cycle.
q.wave works to improve how efficiently water moves and is used within the growing environment, supporting healthier and more consistent crop development.
- More uniform growth
- Better water and nutrient use
- Healthier growing conditions
- Support for consistent crop quality
Cleaner surfaces. Better heat transfer.
Cooling and boiler systems depend on water to move heat efficiently. Scale and biofilm can build up on pipes and heat-transfer surfaces, creating a barrier that makes the system work harder.
q.wave conditions the circulating water to help create an environment where mineral scale is less likely to build up on pipe surfaces. Scale-reduction performance is currently being evaluated with the University of Central Florida under paired treated/untreated conditions.
- Better heat transfer
- Cooling & heating efficiency
- Energy optimization
- Reduced maintenance needs
Better water movement for more uniform hydration.
Water plays a critical role in the hydration and curing of concrete.
q.wave-conditioned water is intended to support more uniform water movement throughout the mix, helping create conditions for more consistent hydration.
- More uniform hydration
- More consistent curing
- Improved water distribution
- Support for long-term concrete quality
Different applications. Different challenges.
One idea: help water work more efficiently.
